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The application of Pepperl+Fuchs optical sensor can be summarized into four basic forms, namely, direct type, absorption type, shading type and reflection type. Features of photoelectric sensor: non-contact, fast response, reliable performance. Widely used: electronic equipment, special steel manufacturing, factory automation, inspection, aircraft and aviation, operation control, raw material processing, papermaking, packaging, pharmaceuticals, medical product manufacturing, textiles, environmental protection, metal processing, microelectronics, mining and other fields.

Pepperl+Fuchs Sensor

Among them, the photoelectric sensor generates a photoelectric effect after being irradiated by visible light, converts the light signal into an electric signal output, and is an important sensitive device with a wide range of applications. For the purpose of detecting the change of the intensity of light into the change of current, it is widely used in many occasions. The photoelectric measurement does not directly contact with the measured object, and the quality of the beam is approximately zero. There is no friction and almost no pressure on the measured object during the measurement. Therefore, in many applications, photoelectric sensors have obvious advantages over other sensors. The non-electricity of the P+F photoelectric switch that changes in light quantity can be converted into other non-electricity that changes in light quantity. The photoelectric measurement does not directly contact with the measured object, and the quality of the beam is approximately zero. There is no friction and almost no pressure on the measured object during the measurement. Therefore, in many applications, photoelectric sensors have obvious advantages over other sensors. Production enterprises basically use photoelectric switches, ultrasonic sensors, and liquid level sensors. Relative to the metallurgical industry, they will also be used in P+F safety barriers, P+F encoders, Pepperl+Fuchs power supply and so on.